Gaming Monitor Database – Every Gaming Monitor Compared

Welcome to the most detailed gaming monitor database available online. We’ve cataloged 140+ monitors across 115 specifications from every major brand – ASUS, Samsung, Dell/Alienware, LG, MSI, BenQ, Gigabyte, and more. Whether you’re a competitive FPS player chasing the lowest input lag, a content creator who needs perfect color accuracy, or a productivity user looking for the best USB-C dock monitor, this database has you covered.

Use the 5 viewing modes to see specs tailored to your needs, take the Monitor Finder Quiz for personalized recommendations, or use our unique GPU Bandwidth Calculator to check if your graphics card can actually drive the monitor you’re considering at full specs.

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How to Use This Database

Choose a viewing mode at the top to see specs relevant to your use case. Use the sidebar filters to narrow down by brand, panel type, size, resolution, and more. Click any column header to sort. Select monitors with checkboxes to compare side-by-side. Not sure what you need? Take the Monitor Finder Quiz for guided recommendations.

Complete Monitor Database

Understanding Monitor Specs – What Actually Matters

With 115 specs tracked per monitor in our database, it can be overwhelming to know which ones actually affect your experience. Below we break down the seven most important specification categories so you can make an informed decision.

Panel Types: IPS vs VA vs OLED vs TN

IPS (In-Plane Switching) panels offer the best viewing angles and good color accuracy out of the box. They are the most common panel type in gaming monitors and work well for mixed use. The tradeoff is lower native contrast ratios compared to VA, typically around 1000:1.

VA (Vertical Alignment) panels deliver much higher contrast ratios – often 3000:1 or above – producing deeper blacks and more immersive dark scenes. The downside is slower pixel response times and noticeable smearing in fast motion, especially dark transitions.

OLED panels provide per-pixel lighting, resulting in infinite contrast ratios and virtually instantaneous pixel response times (often under 0.1ms). Colors are vibrant and motion clarity is excellent. The concerns are burn-in from static elements, lower peak full-screen brightness, and higher cost.

TN (Twisted Nematic) panels are the oldest LCD technology and offer the fastest response times among LCDs at the lowest cost. However, viewing angles and color accuracy are noticeably worse than IPS. TN monitors are becoming rare in new product lines.

Refresh Rate and Response Time

Refresh rate (measured in Hz) determines how many frames per second the display can show. A 144Hz monitor displays up to 144 frames per second, while a 240Hz monitor shows up to 240. Higher refresh rates provide smoother motion and a competitive advantage in fast-paced games.

Response time (measured in milliseconds) indicates how quickly a pixel can change from one color to another. Gray-to-gray (G2G) is the standard measurement. Lower response times mean less motion blur and ghosting. A monitor with a high refresh rate but slow response times will still show blurring.

These two specs work together – a 360Hz monitor with 5ms G2G response time will not look as smooth as a 240Hz monitor with 1ms G2G. Use the performance scatter plot in our database to visualize this relationship.

Resolution and Pixel Density

1080p (1920×1080) at 24-25 inches delivers roughly 92 PPI (pixels per inch) and is the standard for competitive gaming where maximum frame rates matter most.

1440p (2560×1440) at 27 inches hits approximately 109 PPI and represents the current sweet spot for gaming – sharp enough for immersive detail while still achievable at high frame rates by mid-range GPUs.

4K (3840×2160) at 27-32 inches provides 163-138 PPI. Text is razor sharp, and games look excellent, but demanding titles require flagship GPUs to maintain high frame rates.

Ultrawide resolutions like 3440×1440 (21:9) and 5120×1440 (32:9) offer peripheral vision advantages and productivity benefits. Not all games support ultrawide natively, and competitive multiplayer titles sometimes restrict the field of view.

HDR: What the Tiers Actually Mean

HDR (High Dynamic Range) promises brighter highlights, deeper blacks, and a wider color gamut. However, the quality varies enormously based on the monitor’s DisplayHDR certification tier:

DisplayHDR 400 meets the minimum brightness threshold and offers marginal improvement over SDR. Many users cannot distinguish HDR 400 content from SDR.

DisplayHDR 600 provides noticeable brightness improvements and typically includes some form of local dimming. This is the entry point for a visible HDR difference.

DisplayHDR 1000/1400 delivers a genuine HDR experience with high peak brightness, full-array local dimming with many zones, and wide color gamut. These tiers represent real HDR performance.

OLED monitors handle HDR differently – their per-pixel dimming creates excellent HDR even at lower peak brightness numbers because contrast is effectively infinite.

VRR: FreeSync, G-SYNC, and Adaptive Sync

Variable Refresh Rate (VRR) synchronizes the monitor’s refresh rate to your GPU’s frame output, eliminating screen tearing and reducing stutter without the input lag penalty of V-Sync.

AMD FreeSync is royalty-free and works over both HDMI and DisplayPort. FreeSync Premium adds Low Framerate Compensation (LFC) and a minimum 120Hz requirement. FreeSync Premium Pro adds HDR requirements.

NVIDIA G-SYNC Compatible means the monitor passed NVIDIA’s testing and works with GeForce GPUs via Adaptive Sync. G-SYNC Ultimate includes a dedicated hardware module in the monitor for the widest VRR range and best variable overdrive.

Most modern monitors support Adaptive Sync (the VESA standard) and work with both AMD and NVIDIA GPUs. Check the VRR range – a wider range (e.g., 48-240Hz vs 60-144Hz) means smoother performance at lower frame rates.

Color Accuracy and Gamut for Content Creators

sRGB coverage is the standard color space for web content and most general use. A monitor covering 100% sRGB with a low Delta E (color accuracy deviation) is suitable for web design, photo editing for digital delivery, and general creative work.

DCI-P3 coverage is the wider gamut used in cinema and increasingly in HDR content. Monitors with 95%+ DCI-P3 coverage are recommended for video editors working with HDR content and photographers preparing work for print or cinema.

Delta E measures color accuracy – lower is better. A Delta E below 2 means color differences are imperceptible to most people. Factory calibration reports (sometimes included in the box) verify the specific unit’s accuracy. Use the Content Creator mode in our database to filter by these metrics.

GPU Bandwidth: Can Your Graphics Card Drive It?

Every resolution and refresh rate combination requires a certain amount of bandwidth (measured in Gbps) to transmit the signal. If your GPU’s output ports cannot supply enough bandwidth, you will either need Display Stream Compression (DSC) or will not be able to run the monitor at its full specs.

Use our GPU Bandwidth Calculator (the chip icon in the toolbar) to select your GPU and instantly see which monitors it can drive at full resolution and refresh rate without compression, which need DSC, and which exceed its capabilities entirely.

Key bandwidth thresholds: DisplayPort 1.4 provides 32.4 Gbps (sufficient for 4K 120Hz with DSC), DisplayPort 2.1 provides up to 80 Gbps (4K 240Hz native), and HDMI 2.1 provides 48 Gbps (4K 120Hz native, 4K 144Hz with DSC).

Frequently Asked Questions

What is the best monitor for competitive FPS gaming?

For competitive FPS gaming, prioritize refresh rate (240Hz minimum, 360-500Hz for the edge), low input lag (under 5ms), and fast response times (1ms G2G or better). Panel type matters less than speed – IPS and OLED panels offer the best combination of speed and image quality. 1080p or 1440p resolution is preferred over 4K since higher resolutions require more GPU power that could otherwise go toward higher frame rates. Use the “Best FPS” preset in Gamer mode to filter our database for competitive gaming monitors.

Is OLED worth it for gaming monitors?

OLED gaming monitors offer the fastest pixel response times available (often under 0.1ms), infinite contrast ratios, and excellent HDR performance. The motion clarity is noticeably better than any LCD panel. The tradeoffs are burn-in risk from static UI elements (though mitigation features have improved substantially), lower peak brightness in full-screen scenes compared to mini-LED LCDs, and higher price. For gamers who play varied content and are willing to manage burn-in prevention, OLED provides a noticeable visual upgrade. Use the OLED filter in our database to compare available options.

What resolution should I choose: 1080p, 1440p, or 4K?

The answer depends on your screen size, GPU capability, and primary use. At 24-25 inches, 1080p is sharp enough for gaming. At 27 inches, 1440p is the sweet spot – notably sharper than 1080p with reasonable GPU requirements. At 32 inches, 4K becomes worthwhile as 1440p starts to show visible pixel structure. Your GPU also matters – our GPU Bandwidth Calculator shows whether your card can drive your desired resolution at your target refresh rate.

Do I need HDMI 2.1 for my PS5 or Xbox Series X?

For 4K 120Hz gaming on console, yes – HDMI 2.1 is required. For 4K 60Hz, HDMI 2.0 is sufficient. The PS5 also supports 1440p output (added via firmware update), so a 1440p 120Hz+ monitor with HDMI 2.0 or higher works well for high-frame-rate console gaming. Use Console mode in our database and the PS5/Xbox preset filters to find compatible monitors with verified console support.

What is the difference between G-SYNC and FreeSync?

Both are variable refresh rate (VRR) technologies that eliminate screen tearing. FreeSync is AMD’s royalty-free standard that works over HDMI and DisplayPort with AMD GPUs and most modern NVIDIA GPUs (as “G-SYNC Compatible”). G-SYNC Ultimate includes a dedicated hardware module in the monitor for wider VRR ranges and variable overdrive. For most users, any monitor supporting Adaptive Sync (the VESA standard) will work with both AMD and NVIDIA GPUs.

How important is USB-C Power Delivery on a monitor?

USB-C Power Delivery turns your monitor into a docking station – one cable connects your laptop for video, data, and charging simultaneously. If you use a laptop as your primary machine, a monitor with 65W+ USB-C PD eliminates cable clutter and a separate charger. Combined with a KVM switch, you can share one monitor between a desktop and laptop. Use Productivity mode in our database to filter by USB-C PD wattage.

What is Display Stream Compression (DSC) and should I worry about it?

DSC is a visually lossless compression standard that allows higher resolutions and refresh rates over bandwidth-limited connections. For example, 4K 144Hz over DisplayPort 1.4 requires DSC because the native bandwidth (32.4 Gbps) is not enough for uncompressed 4K 144Hz (approximately 50 Gbps). DSC is imperceptible in practice – independent testing has not found visible quality differences. If your GPU and monitor both support DSC, it works automatically. Our GPU Bandwidth Calculator shows which monitors need DSC for your specific GPU.

Is 1ms response time marketing or reality?

Manufacturer-claimed “1ms” response times are often measured under specific overdrive settings that may introduce visible inverse ghosting (overshoot). Real-world gray-to-gray response times measured by independent reviewers are typically 2-5ms for fast IPS panels and under 0.5ms for OLED. The MPRT (Moving Picture Response Time) metric is sometimes used to make response times appear faster by incorporating backlight strobing. Our database includes both G2G and MPRT where available, plus an overshoot rating to indicate how aggressive the overdrive tuning is.

Curved vs flat monitors – which is better for gaming?

Curvature is most beneficial on wider monitors (32 inches and above, especially ultrawides) where it reduces edge distortion and makes the viewing experience more immersive. On 27-inch and smaller monitors, curvature is less impactful and largely a preference. For competitive FPS gaming, some players prefer flat panels for consistent geometry. For immersive single-player gaming and productivity with ultrawides, curves ranging from 1000R to 1800R enhance the experience. VA panels are most commonly curved due to their manufacturing characteristics.

How do I use this monitor database to find the right monitor?

Start by selecting your primary use mode (Gamer, Content Creator, Productivity, Console, or All Specs) using the mode buttons at the top. Each mode shows the most relevant columns and presets for that use case. Use the smart presets for quick filtering (e.g., “Best FPS” or “USB-C Workflow”), or fine-tune with sidebar filters. Try the Monitor Finder quiz for guided recommendations based on your priorities. Select 2-5 monitors with checkboxes to compare them side by side, or switch to the scatter plot view to visualize performance relationships.

Related Gaming Monitor Guides

• Best Gaming Monitors for FPS – Our top picks for competitive and high-refresh gaming
• Best 4K Gaming Monitors – Curated recommendations for 4K gaming setups
• Best 1440p Gaming Monitors – The sweet spot between performance and visual quality
• Best Gaming Monitors for PS5 – Console-optimized monitors with HDMI 2.1
• Best Ultrawide Gaming Monitors – Immersive widescreen options for gaming and productivity